Underwater Acoustics (coming soon)
Predict and prevent Underwater Acoustics from your dashboard
How does Underwater Acoustics work?
Many marine species use underwater sounds to communicate, search for food, find mates, stay safe, and navigate. Cetaceans (whales, dolphins, and porpoises) use sound as we use our eyes. When noise is produced by human activities, it can overwhelm the noises of the natural environement and impact the behaviour of marine species and even cause them harm.
Harmful underwater noise can be caused by piling for oil and gas, construction, shipping (ship sounds, engine noise), port activities, military sonars, and seabed excavation. We call this “anthropogenic noise”. These sources can be monitored and predicted, to reduce the underwater noise they produce to safety levels. The presence of marine mammals can also be detected within the monitored area, and alerts can be raised to help in decision making.
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Predict & Prevent Underwater Acoustics
Understand the health of the underwater ecosystem
Monitor noise pollution in real-time to avoid environmental impacts
Stream complex data to map underwater noise
Using AI for maximum efficiency
Why should you use
Underwater acoustics monitoring helps to understand the health of the coastal and underwater ecosystems. Noise pollution is often overlooked; however, it is essential to ocean health that it be monitored. That is why Sinay created Underwater Acoustics Module. Sinay’s Underwater Acoustics Module uses sound and noise monitoring techniques to provide data which can be interpreted by machine learning and artificial intelligence. Sinay’s Underwater Acoustics Module streams complex data such as real-time maritime traffic, windfarm layout and seismic zones, oceanographic data, the presence of marine live, and live data from drones. You can map underwater noise and prevent human impacts on cetaceans and fisheries resources.
Focus on data to make effective decisions
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